Capacitors Icon
New Product Introductions
Thermal Management

EYG-R Series GraphiteTIM (Compressible Type) PGS With Low Thermal Resistance

A New, Thicker PGS Graphite Sheet Thermal Interface Material Solution In 250 µm And 350 µm Thickness Options

Panasonic, a worldwide leader in Thermal Management Products, is pleased to introduce the New Thicker EYG-R Series GraphiteTIM (Compressible Type) PGS With Low Thermal Resistance Thermal Management material now available in 250 µm and 350 µm thickness options. An ideal Thermal Interface Material (TIM) solution, the New EYG-R Series GraphiteTIM material is designed with high compressibility characteristics to reduce contact thermal resistance between rough surfaces. The New EYG-R Series GraphiteTIM material is easy to install with a one-to-two-step process that requires much lower labor and installation costs than thermal grease.

Panasonic GraphiteTIM is a Graphite Sheet that is dedicated for use as a Thermal Interface Material. GraphiteTIM has very high compressibility compared to standard PGS, which reduces thermal resistance by following gap, warpage and distortion of targets/substrates. Excellent heat resistance and reliability of GraphiteTIM allows longer service life and higher performance of various components. Panasonic’s GraphiteTIM is cost-saving, because it allows the reduction of existing Thermal Management application processes. Unlike grease, GraphiteTIM eliminates the need for the printing process, since it is a sheet-type product. Please contact Panasonic for custom-made GraphiteTIM products.

Download DatasheetLearn MoreCheck Stock

EYG-R Series GraphiteTIM PGS New Product Brief Video

The EYG-R Series GraphiteTIM (Compressible Type) PGS With Low Thermal Resistance Thermal Management material is now available in 250 µm and 350 µm thickness options. An ideal Thermal Interface Material (TIM) solution, the New EYG-R Series GraphiteTIM material is designed with high compressibility characteristics to reduce contact thermal resistance between rough surfaces.